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Refrigeration system, saturated Calculate the capillary tube length for the specified conditions in ((Option number 13)).

Refrigeration system, saturated Calculate the capillary tube length for the specified conditions No Student refrigerant Refrigeration Evaporator Condenser Capillary Temperature step No. Capacity tem tem diameter mm 23 R12 2 ton O C 40 C 0.5 4 C #3 R22 2 ton O C 40 C 0.5 4 C #3 R134a 2 ton OC 40 C 0.5 4 C 4 23 NH3 2 ton 40 C 0.5 4 C 5 %23 R12 1 ton O C 40 C 1.0 4 C 6. #3 R22 1 ton O C 40 C 1.0 4C 7 R134a 1 ton O C 40 C 1.0 4 C %23 NH3 1 ton O C 40 C 1.0 4 C 9. #3 R12 2 ton 5 C 45 C 1.0 4 C 10 #3 R22 2 ton 5 C 45 C 1.0 4C 11 %23 R134a 2 ton 5 C 45 C 1.0 4 C 12 #3 NH3 2 ton 5 C 45 C 1.0 4 C 13 R12 1.5 ton O C 40 C 1.5 4 C 14 R22 1.5 ton 40 C 1.5 4C 15 #3 R134a 1.5 ton O C 40 C 1.5 4 C #3 NH3 1.5 ton O C 40 C 1.5 4 C 17 %23 R12 2 ton O C 40 C 1.5 4 C 18 #3 R22 2 ton O C 40 C 1.5 4 C %23 %23 %23 1. 16